PECB Certified Digital Forensics Examiner (CDFE) Training Course

Develop practical investigation skills with the PECB Certified Digital Forensics Examiner (CDFE) training course. This digital forensics training helps cybersecurity professionals gain the knowledge and technical skills required to identify, collect, preserve, examine, and analyze digital evidence during cybercrime investigations and security incidents.

The course covers digital forensic analysis, electronic evidence collection, file system forensics, memory forensics, network traffic analysis, malware investigation, and threat hunting. Participants learn forensic examination techniques used by digital forensics examiners and computer forensic investigators across Windows, macOS, Linux, and other digital environments.

This is a self-study training course. For instructor-led, onsite, or corporate training sessions, please contact Risk Professionals for a customized quotation.

Why Should You Attend?

The PECB Certified Digital Forensics Examiner training enables professionals to understand the principles, methodologies, and technical procedures used in digital forensic investigations. It develops knowledge of digital evidence examination, forensic data acquisition, evidence preservation, and analysis techniques used during cybersecurity incidents.

During this course, participants learn how a digital evidence examiner investigates electronic devices, examines file systems, analyzes network traffic, and identifies suspicious activities. These skills support cybercrime investigations, incident response, forensic reporting, and digital evidence collection.

The training covers essential areas of computer forensics, including memory acquisition, deleted file recovery, malware analysis, network protocol examination, and forensic investigation procedures. Participants also learn how to maintain evidence integrity through chain-of-custody documentation and established evidence-handling practices.

Through practical exercises and real-world forensic scenarios, participants develop an understanding of how digital forensics experts investigate cyberattacks, identify indicators of compromise, recover relevant evidence, and document investigation findings.

After successfully completing the training, participants can take the PECB Certified Digital Forensics Examiner examination. Candidates who pass the exam and meet the applicable experience and certification requirements can apply for the PECB CDFE certification.

This digital forensic examiner certification helps professionals demonstrate competence in forensic investigation methodologies, digital evidence analysis, and cybersecurity incident examination.

Professionals seeking to expand their knowledge beyond digital investigations can also explore Cybersecurity Management Training programs covering cybersecurity principles, security management, and related professional skills.

Who Should Attend?

This training course is suitable for:

• Digital forensic examiners responsible for identifying, collecting, and analyzing electronic evidence
• Digital forensics analysts and investigators conducting cybercrime investigations
• Cybersecurity professionals involved in security incident investigation and response
• Digital evidence examiner professionals seeking advanced forensic examination skills
• Computer forensic examiners examining computers, storage devices, and digital artifacts
• IT security professionals seeking computer forensics training and investigation knowledge
• Digital evidence specialists responsible for preserving and analyzing forensic evidence
• Cyber forensics experts investigating security breaches and malicious activities
• Law enforcement professionals handling electronic evidence during investigations
• Cyber threat intelligence analysts examining indicators of compromise
• Corporate security officers and compliance managers involved in digital investigations
• Professionals preparing for digital forensic examiner certification

What Are the Learning Objectives?

By the end of this training course, participants will be able to:

• Explain the fundamental principles, methodologies, and legal considerations of digital forensic investigations
• Understand digital evidence identification, acquisition, preservation, examination, and analysis processes
• Apply chain-of-custody procedures to maintain the integrity and traceability of digital evidence
• Perform forensic examinations of computer systems, storage devices, and digital file systems
• Understand memory acquisition and analysis techniques used during cybercrime investigations
• Examine network traffic, communication protocols, and security logs to identify suspicious activities
• Apply malware analysis principles to investigate malicious software and potential security threats
• Identify indicators of compromise through threat hunting and forensic investigation techniques
• Understand deleted data recovery, digital artifact examination, and evidence preservation procedures
• Conduct digital forensic analysis using established forensic methodologies and investigation tools
• Prepare structured forensic examination reports and communicate findings to technical and legal stakeholders

What Is the Educational Approach?

Risk Professionals follows a structured educational approach designed to help participants understand digital forensic investigation concepts and their practical applications.

The training includes:

• Theoretical knowledge based on digital forensic principles and industry best practices
• Practical examples involving cybercrime investigations and cybersecurity incidents
• Forensic investigation scenarios covering digital evidence acquisition and analysis
• Electronic forensics training concepts focused on evidence identification, preservation, and examination
• Examples of file system analysis, memory forensics, network investigation, and malware examination
• Practical exercises involving forensic tools, digital artifacts, and evidence handling
• Case-based learning focused on forensic investigation procedures and reporting
• Examination preparation aligned with the PECB Certified Digital Forensics Examiner certification domains

The self-study format allows participants to develop forensic investigation knowledge at their own pace while following the course materials and available practical exercises.

What Will You Learn?

Participants will develop knowledge across the following digital forensics areas:

• Digital Forensics Fundamentals: Digital forensic investigation principles, examination methodologies, legal considerations, and evidence handling procedures
• Digital Evidence Collection: Identification, acquisition, preservation, and examination of electronic evidence from digital systems
• Computer Forensics: Investigation of computers, operating systems, storage media, and digital artifacts associated with security incidents
• File System Forensics: File system structures, metadata analysis, deleted file recovery, disk examination, and evidence identification
• Memory Forensics: Volatile memory acquisition, memory artifact analysis, suspicious process identification, and examination of system activity
• Network Forensics: Network traffic analysis, protocol examination, network log investigation, and identification of suspicious communications
• Malware Analysis: Malicious software investigation, behavioral analysis, reverse engineering concepts, and identification of malware-related evidence
• Threat Hunting: Detection of indicators of compromise, investigation of suspicious activities, and correlation of digital evidence
• Digital Forensics in Cybersecurity: Application of forensic examination techniques during incident response, cybercrime investigations, and security breach analysis
• Forensic Reporting: Documentation of forensic procedures, evidence findings, chain-of-custody records, and investigation conclusions

The course introduces forensic investigation tools and methodologies used in professional digital investigations, including Wireshark, Autopsy, Volatility, Zeek, and Ghidra.

How Can You Become a Digital Forensics Expert?

Becoming a digital forensics expert requires technical knowledge, practical investigation experience, and an understanding of digital evidence handling procedures.

Professionals seeking a career in digital forensics can follow these steps:

1. Develop cybersecurity knowledge: Understand computer systems, operating systems, networking, and cybersecurity threats.
2. Learn digital forensic fundamentals: Study evidence acquisition, chain-of-custody procedures, file system examination, and forensic investigation methodologies.
3. Complete digital forensic training: Develop knowledge of memory forensics, network analysis, malware investigation, and forensic reporting.
4. Gain practical investigation experience: Apply forensic methodologies to computer systems, security incidents, and digital evidence examination scenarios.
5. Pursue professional certification: Complete relevant training, pass the required examination, and meet the experience requirements for a recognized digital forensics certification.

The PECB CDFE training supports professionals seeking to strengthen their digital investigation knowledge and pursue a career as a digital forensic examiner, computer forensic expert, or cybersecurity investigator.

What Are the PECB CDFE Certification Requirements?

Candidates pursuing the PECB Certified Digital Forensics Examiner credential must meet the certification requirements established by PECB.

The requirements for the PECB Certified Digital Forensics Examiner credential include:

• Certification examination: Pass the PECB Certified Digital Forensics Examiner exam
• Professional experience: At least 2 years of professional experience, including 1 year in computer forensics
• Digital forensics experience: At least 200 hours of relevant digital forensic activities
• Professional ethics: Sign the PECB Code of Ethics

The examination evaluates five competency domains:

1. Network traffic and protocol analysis
2. Memory acquisition and forensics
3. File-system and disk forensics
4. Malware analysis and reverse engineering
5. Threat hunting, automation, and correlation

Candidates should distinguish between completing the training, passing the examination, and receiving the professional credential. Certification is awarded after the applicable examination and experience requirements have been satisfied.

Why Choose Risk Professionals?

Risk Professionals is a Titanium Level PECB Training Partner, providing internationally recognized professional training programs in cybersecurity, information security, governance, risk management, and compliance.

As a Titanium Level PECB Training Provider, Risk Professionals supports individuals and organizations seeking to develop practical technical knowledge, professional competencies, and certification-focused expertise through PECB training programs.

Our training programs help professionals strengthen their understanding of digital evidence examination, cybersecurity investigations, information security management, and risk management.

The PECB Certified Digital Forensics Examiner training supports cybersecurity professionals seeking specialized knowledge of computer forensics, digital evidence collection, forensic analysis, and cyber incident investigations.

Through structured learning materials and self-study training options, participants can prepare for relevant certification examinations while developing knowledge applicable to the responsibilities of digital forensic investigators, digital evidence specialists, and cybersecurity professionals.

What Are the Prerequisites?

Participants should have:

• A basic understanding of cybersecurity principles and information security concepts
• Foundational knowledge of digital forensic investigation methodologies
• Familiarity with Windows, Linux, and other computer operating systems
• Basic knowledge of computer networks, digital storage, and file systems
• An understanding of common cybersecurity threats and security incidents

Prior experience in cybersecurity investigations or computer forensics can help participants understand advanced forensic examination techniques.

Professionals preparing for digital forensic examiner certification should also review the applicable examination, experience, and credential requirements before applying.

More Details

Course agenda

Day 1: Foundations of digital forensics
Day 2: File system analysis and reverse engineering
Day 3: Malware analysis and threat hunting
Day 4: Advanced forensic analysis and incident response
Day 5: Certification exam

Examination

The “PECB Certified Digital Forensics Examiner” exam fully meets the PECB Examination and Certification Program (ECP) requirements. It covers the following competency domains:

• Domain 1: Network traffic and protocol analysis
• Domain 2: Memory acquisition and forensics
• Domain 3: File-system and disk forensics
• Domain 4: Malware analysis and reverse engineering
• Domain 5: Threat hunting, automation, and correlation

General Information

• Certificate and examination fees are included in the price of the training course.
• Participants will receive more than 300 pages of comprehensive training materials, including practical labs.
• Participants who have attended the training course will receive an attestation of course completion worth 31 CPD (Continuing Professional Development) credits.
• Candidates who have completed the training course with one of our partners and failed the first exam attempt are eligible to retake the exam for free within a 12-month period from the date the coupon code is received because the fee paid for the training course includes a first exam attempt and one retake. Otherwise, retake fees apply.